Monitoring Tumor Progression Using the iBox® Scientia™ Imaging System
21 Nov 2014

One application of molecular imaging in cancer biology is the tracking of tumor lesions implanted within mice. In a recent experiment, mice were implanted with a cancer cell line expressing fluorescent proteins and imaged on a weekly basis. Through the use of the iBox Scientia Imaging System (UVP, LLC), tumor lesions can be visually tracked and quantified with a high quantum efficiency camera, powerful light source, quality lenses and interchangeable filter sets to image fluorescence across a wide spectral range from 450 nm to near infrared (NIR being 700nm and greater).

Show    per page
2 of 3     Page  1 2 3 Next 
In Vivo Quantification of Integrin-Targeted and Protease-Activated Imaging Agents in Response to Anti-Angiogenic Therapy using Quantitative Fluorescence Tomography fluorescence, live cell imaging21 May 2014Read
Cerenkov Imaging of Radioisotopes in IVIS Systems imaging, live cell imaging20 May 2014Read
Stem Cells for Pre-Clinical Imaging fluorescence based assay, small animal imaging, live cell imaging19 May 2014Read
Magnetic Resonance Spectroscopic Imaging Acquisition and Applications in the Study of Mouse Brain Tumors tumor, cancer1 May 2014Read
Characterization of Different Drug Treatments tumor, cancer, therapeutics1 May 2014Read
Cardiac MR Imaging in Mice: Morphometry and Functional Assessment imaging, cardiology29 Apr 2014Read
Imaging Fluorescent Proteins in vivo Expressed from DNA Vaccine Constructs Electroporation, vaccine development29 Apr 2014Read
Planar Imaging of 99mTc Labeled SPECT Probes in Living Mice Using the In-Vivo Xtreme Platform with Radioisotopic Phosphor Screen imaging29 Apr 2014Read
In Vivo Breast Cancer Characterization Imaging using Two Monoclonal Antibodies Activatably Labeled with Near Infrared Fluorophores breast cancer11 Feb 2014Read
3-D Imaging of Cancer Cell Spheroids cancer cells, 3D imaging, spheroids28 Oct 2013Read

Popular tags in SelectScience

Buying guides